Description
For Use With (Equipment): LIMS and Mass Spectrometers
Unit Size: Each
Current bioanalytical LC-MS/MS workflows require the use of multiple software packages to track samples, acquire and process data, create reports and archive studies. Until now, no LIMS managed the bioanalytical workflow from beginning to end. With Watson LIMS and the TSQ Module working together, data from the entire bioanalytical workflow can reside in a single database, significantly increasing lab efficiencies. The combination provides tighter regulatory control — from method development through data archiving. Direct data acquisition, peak integration and re-integration, storage, archiving and reporting of raw data are under the control of Watson LIMS, where security and audit functionality are easily managed. Together, Watson LIMS, the TSQ Module, and Thermo Scientific TSQ Series mass spectrometers provide workflow efficiencies, time and cost savings. The solution eliminates time-consuming manual verification of LC/MS data transfers, and provides a single audit trail for QA and FDA. Watson LIMS, the TSQ Module, and TSQ Series mass spectrometers form the most comprehensive, fully integrated solution for regulated bioanalytical laboratories. Key Features
• Simplifies the bioanalytical workflow
• Lowers daily operating costs
• Consolidates all sample data and results into a single database of records
• XML data format to future-proof studies
• Processes data directly in Watson LIMS, maintaining only one data set
• Safeguards the single database with Watson LIMS security
• Creates all reports, including chromatograms, directly in Watson LIMS Compatible with:TSQ Module works with all TSQ Series mass spectrometers: TSQ Quantum Access MAX™, TSQ Quantum Ultra™, and TSQ Vantage™. TSQ Series mass spectrometers are the most advanced and powerful triple stage quadrupole mass spectrometers available. All TSQ Series mass spectrometers feature the proprietary Thermo Scientific HyperQuad quadrupole mass analyzer system, making them the only commercial triple quads available today capable of performing highly selective reaction monitoring (H-SRM), which provides greater analytical selectivity.
